Elastic butt joint type new energy automobile automatic charging system based on technology of Internet of Vehicles

Abstract

The invention provides an elastic butt joint type new energy automobile automatic charging system based on the technology of the Internet of Vehicles. The system comprises an induction lifting devicearranged below a road surface, a limiting device arranged on the induction lifting device, a charging butt joint device and a charging interface device, wherein the charging butt joint device and thecharging interface device are arranged on the limiting device. The charging interface device comprises a charging interface component. The charging interface component comprises a rectangular installation board. A first supporting frame is arranged on the installation board. An interface barrel is hinged to the first supporting frame. A buffer mechanism is arranged between the interface barrel andthe first supporting frame and comprises a first boss coaxially arranged on the interface barrel and a second boss hinged to the first supporting frame. A second buffer spring is arranged between thefirst boss and the second boss. The induction lifting device comprises a fixed frame component and a floating frame component. The fixed frame component comprises a top board and a bottom board whichare arranged up and down and winding columns arranged between the top board and the bottom board, and volute spiral springs are arranged outside the winding columns and used for elastically supporting the floating frame component.

Description

Technical field [0001] The invention relates to a new energy vehicle charging pile, in particular to a flexible docking type new energy vehicle automatic charging system based on the Internet of Vehicles technology. Background technique [0002] With the rapid development of new energy vehicles, the supporting products new energy vehicle charging piles have also been widely installed in public buildings, residential quarters parking lots and charging stations. Common new energy vehicle charging piles include power supply piles installed on the ground, The charging gun is electrically connected to the power supply pile and the docking device installed inside the new energy vehicle. During the charging of the new energy vehicle through the new energy vehicle charging pile, the car is parked next to the power supply pile and the docking device is turned on And manually complete the docking of the charging gun with the docking device. The electric energy inside the power supply pile ...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of new energy vehicles, supporting products, new energy vehicle charging piles are also widely installed in public buildings, residential parking lots and charging stations. Ordinary new energy vehicle charging piles include power supply piles on the ground, The charging gun electrically connected to the power supply pile and the docking device installed inside the new energy vehicle. When charging the new energy vehicle through the new energy vehicle charging pile, park the car next to the power supply pile and turn on the docking device. And manually dock the charging gun with the docking device, the electric energy inside the power supply pile body is transmitted from the charging gun to the docking device and the electric energy is stored in the battery of the new energy vehicle. After charging is completed, the charging gun is pulled out from the docking device and placed On the power supply pile, the operation of charging new energy vehicles with ordinary new energy vehicle charging piles is cumbersome, time-consuming and laborious. For this reason, a flexible docking new energy vehicle based on Internet of Vehicles technology with simple structure and convenient operation is designed. The automatic charging system of the car is very important

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